Mobotix homes in on growth of e-mobility market

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More security, better processes, and higher revenues – that is the promise of the latest Mobotix Solution Pack with effective total solutions for companies in e-mobility – one of the world’s most rapidly expanding growth markets. As the amount of charging stations grows along with the rapidly increasing number of motor vehicles powered by electricity, this market is set to continue to accelerate in the coming years.

Mobotix found that one in nine passenger cars sold globally now has an electric powertrain. In Europe, the electric share of total sales (EU, EFTA & UK) was already 19.2% in 2021, with more than 300,000 e-charging stations for slow charging. This represents a 30% increase year-on-year. In the United States, charging stations increased by 12% to 92,000 in 2021.

The global electric mobility (e-mobility) market was approximately $152 billion in 2020 and is expected to reach roughly $718 billion by 2030, growing at a compound annual growth rate (CAGR) of 22% from 2021 to 2030.

Beyond general security and fire safety, intelligent video technology can support processes and operations around electric charging to ensure the charging station’s safe, effective, and profitable operation. Many stations are out of the way, and the terrain is confusing. A recognisable video system deters potential offenders, gives the user a sense of security, and effectively protects against vandalism, robbery, and theft. Accidents or damage can also be traced and resolved.

E-charging stations must also be cost-efficient and have a high utilisation rate and low downtime. Lastly, the operator wants to achieve the highest possible customer satisfaction. Mobotix video technology can help to detect operating errors and intervene via signals. At the same time, the system maintains a customer-friendly ambience. It uses statistics and market research tools to ensure permanent process optimisation of the station in the customer’s interests. Unauthorised visitors can also be detected, and the charging system is blocked to protect against misuse. In addition, the Mobotix systems can indicate upcoming maintenance in good time, which can be carried out before a breakdown occurs.

Controlled access via Mobotix license plate recognition increases security at charging stations on the one hand. On the other hand, it also improves service through automated access or prioritisation of regular customers. You can optimise the service and customer satisfaction using the generated vehicle documentation and marketing data. Mobotix systems are made in Germany and promise the highest cyber security, and offer 100 percent DSGVO & NDAA compliance.

Typically, e-charging stations are operated with a small staff or entirely autonomously. However, they can still be monitored remotely around the clock via Mobotix Cloud and Mobotix Hub. In critical incidents or other events, Mobotix video technology enables immediate intervention, e.g., via a micro and audio function – even without personnel on site and for several stations simultaneously.

Anticipatory fire protection is essential for e-mobility, e-charging stations, and batteries for e-cars. Mobotix systems are not only predestined but they are also certified multiple times and internationally for qualified early fire detection. This means that Mobotix systems can not only ensure optimum fire protection during the charging process but can also be used to safeguard stationary energy storage systems – 24 hours a day, seven days a week, 365 days a year.

“Based on fundamental industry and expert knowledge, the E-Mobility Solution Packs from Mobotix are specifically tailored to certain, mostly young industries or even niches, and offer companies enormous simplifications, optimisation possibilities, or help to increase revenues. In addition to general security and protection measures and optimal fire and vandalism protection, it is always a matter of generating added value for Mobotix users from specific challenges,” explains Christian Cabirol, designated CTO of Mobotix AG.